Sanjin Jukic
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MX @ ISO 6400 - Workflow explained.
Now I decided to open the new tread about getting maximum ISO out of MX sensor.
Here we go again and the explanation below is more visual with some additional images that you can get all the workflow fast and easy:
I mostly used to rate R1-MX @ ISO 800 that has always pretty clean image.
Second to that is ISO 1600 and use when I need it.
Extreme solution starts @ ISO 4000 that has still very good image.
Maximim ISO @ 6400 is also very usable and I recommend this combo plug in workflow for getting
a clean image out of really critical from the noise defected low and available light shots.
All you can see very good at the footage that has a link below.
Keep in mind that CC or color grading is not done on those shots,
that means if higher ISO make shifting colors you should start to fix it immediately in RCX and later on grading suite of your choice.
Also all file were processed at 8bit ProRes 422 and h264 for the Internet presentation purpose.
That means you can go with R3D RAW files much higher quality when you need it for your broadcast or even print to film file finishing workflows.
The file in RCX set to ISO 800.
The file in FCP 7 @ ISO 800 with video scopes.
Shot handheld on R1-MX with Leica Apo-Summicron-M 75mm f/2.0 wide open @ f/2.0, ISO 800, 25fps, 1/50
shutter, available light.
The file in RCX set to ISO 1600.
The file in FCP 7 @ ISO 1600 with video scopes.
Shot handheld on R1-MX with Leica Apo-Summicron-M 75mm f/2.0 wide open @ f/2.0, ISO 1600, 25fps, 1/50 shutter, available light.
The file in RCX set to ISO 4000.
The file in FCP 7 @ ISO 4000 with video scopes.
Shot handheld on R1-MX with Leica Apo-Summicron-M 75mm f/2.0 wide open @ f/2.0, ISO 4000, 25fps, 1/50 shutter, available light.
The file in RCX set to ISO 6400.
The file in FCP 7 @ ISO 6400 with video scopes.
Shot handheld on R1-MX with Leica Apo-Summicron-M 75mm f/2.0 wide open @ f/2.0, ISO 6400, 25fps, 1/50 shutter, available light.
FCP 7 Neat Video Noise Reduce plug in set up.
FCP 7, The Foundry, Furnace Core, De-Noise plug in set up.
FCP 7 Sharpen FX plug in set up.
Download 1080p test footage @ 2.40:1 widescreen 1920x800, h264, 74.8 MB >>>
Best to watch it @ 30" LCD using the full screen display mode.
It's easy to set up and see the result.
Only rendering time is pretty long for both noise reduction plug ins.
But at the end it helps a lot to fix some of your low and available light shots.
This test example also shows how deep MX sensor can see in a dark that is even beyond human eye performance.
At the end must say that you as a RED User should try out this combo noise reduction option
and of course you can find your own way how you would make set up to work the best.
Useful links:
Neat Video>>>
Furnace Core>>>
Hope you like it.
Now I decided to open the new tread about getting maximum ISO out of MX sensor.
Here we go again and the explanation below is more visual with some additional images that you can get all the workflow fast and easy:
I mostly used to rate R1-MX @ ISO 800 that has always pretty clean image.
Second to that is ISO 1600 and use when I need it.
Extreme solution starts @ ISO 4000 that has still very good image.
Maximim ISO @ 6400 is also very usable and I recommend this combo plug in workflow for getting
a clean image out of really critical from the noise defected low and available light shots.
All you can see very good at the footage that has a link below.
Keep in mind that CC or color grading is not done on those shots,
that means if higher ISO make shifting colors you should start to fix it immediately in RCX and later on grading suite of your choice.
Also all file were processed at 8bit ProRes 422 and h264 for the Internet presentation purpose.
That means you can go with R3D RAW files much higher quality when you need it for your broadcast or even print to film file finishing workflows.
The file in RCX set to ISO 800.
The file in FCP 7 @ ISO 800 with video scopes.
Shot handheld on R1-MX with Leica Apo-Summicron-M 75mm f/2.0 wide open @ f/2.0, ISO 800, 25fps, 1/50
shutter, available light.
The file in RCX set to ISO 1600.
The file in FCP 7 @ ISO 1600 with video scopes.
Shot handheld on R1-MX with Leica Apo-Summicron-M 75mm f/2.0 wide open @ f/2.0, ISO 1600, 25fps, 1/50 shutter, available light.
The file in RCX set to ISO 4000.
The file in FCP 7 @ ISO 4000 with video scopes.
Shot handheld on R1-MX with Leica Apo-Summicron-M 75mm f/2.0 wide open @ f/2.0, ISO 4000, 25fps, 1/50 shutter, available light.
The file in RCX set to ISO 6400.
The file in FCP 7 @ ISO 6400 with video scopes.
Shot handheld on R1-MX with Leica Apo-Summicron-M 75mm f/2.0 wide open @ f/2.0, ISO 6400, 25fps, 1/50 shutter, available light.
FCP 7 Neat Video Noise Reduce plug in set up.
FCP 7, The Foundry, Furnace Core, De-Noise plug in set up.
FCP 7 Sharpen FX plug in set up.
Download 1080p test footage @ 2.40:1 widescreen 1920x800, h264, 74.8 MB >>>
Best to watch it @ 30" LCD using the full screen display mode.
It's easy to set up and see the result.
Only rendering time is pretty long for both noise reduction plug ins.
But at the end it helps a lot to fix some of your low and available light shots.
This test example also shows how deep MX sensor can see in a dark that is even beyond human eye performance.
At the end must say that you as a RED User should try out this combo noise reduction option
and of course you can find your own way how you would make set up to work the best.
Useful links:
Neat Video>>>
Furnace Core>>>
Hope you like it.